Deep Dive into Biodiversity Below the Seafloor
This lesson has students build a model analogous to Fluorescence In-Situ Hybridization (FISH), which microbiologists can use to identify microorganisms….
This lesson has students build a model analogous to Fluorescence In-Situ Hybridization (FISH), which microbiologists can use to identify microorganisms….
One measure of biodiversity of an ecosystem is the species diversity, which is a combination of both species richness and…
This microbe was first isolated from a layer of black rust on the steel surface of a CORK. A CORK…
Sulfolobus solfataricus was originally isolated from the Sulfatara hot springs in Italy. It is a mobile thermoacidophile Archaea as it has a…
These microbes are responsive to magnetic fields, and will align with them just like the needle of a compass! This…
In the deep subsurface, oxygen is limited (or even completely absent), and is often toxic to many microbes living there….
This bacterium is named after Dr. Ken Takai, who is sailing with us on Expedition 376! Like most forms of…
This poster highlights the current world champion hyperthermophile: Methanopyrus kandleri. But that’s not all – this rod-shape archaea is also…
This poster highlights the pathway one microbiologist and her colleagues follow to unravel the mystery of what is living in…
How to download the ebook: For iPads and Macs: Where Wild Microbes Grow was designed specifically to fit on an iPad screen….